Bonding machine for welding chemical fiber fabric braid

Abstract

The invention discloses a bonding machine for welding a chemical fiber fabric braid. The machine comprise an ultrasonic generator and a handheld clamp type welding gun which are connected with each other; the bonding machine for welding the chemical fiber fabric braid is characterized in that the handheld clamp type welding gun is provided with a welding head, a welding base, an amplitude-change pole, a transducer and a switch module, wherein the welding head, the amplitude-change pole and the transducer are connected in sequence to form an ultrasonic vibration system; the welding base is movably arranged on the welding gun, and driven by the welding gun to move; and the welding head and the welding base cooperate with each other for clamp type welding. According to the bonding machine, anultrasonic handheld welding gun structure is adopted, complex operation is simplified, carrying and use are convenient, and autonomous operation and automatic tracking and adjusting are facilitated.

Description

technical field [0001] The invention relates to an improved invention of a bonding machine, in particular to an improved invention of a bonding machine used for welding chemical fiber fabric webbing. Background technique [0002] In the production process of ribbon or textile fabric, there will be broken yarn or cutting, and then according to the demand, the product will be re-joined. The existing chemical fiber fabric combination and butt joint use stapler or plastic combination, which has always had the following shortcomings: The surface will be affected, the equipment will be seriously damaged during dyeing, the staples must be inspected and cut during packaging, if any staples are accidentally left behind, the finished product will be scrapped and lost, and the sewing machine will be damaged during the garment making process. It is inconvenient to inspect the finished product, and the process is complicated, and when the finished product leaves the factory, it is easy t...

AI Technical Summary

Problems solved by technology

[0002] In the production process of ribbon or textile fabric, there will be broken yarn or cutting, and then according to the demand, the product will be re-joined. The existing chemical fiber fabric combination and butt joint use stapler or plastic combination, which has always had the following shortcomings: The surface is affected, the equipment is seriously damaged during dyeing, the detection and cutting of staples are required during packaging, and if staples are left behind accidentally, the finished product will be scrapped and lost, and the sewing machine will be damaged during the garment making process.

It is inconvenient to inspect the finished product and the process is complicated, and when the finished product leaves the factory, it is easy to leave staples in the product, the consumables are large, the production cost is high, the appearance is poor, and it is easy to disconnect, which is not conducive to the production of the next process, and at the same time causes a waste of resources

[0003] The ultrasonic generator system of the traditional chemical fiber webbing welding machine cannot intuitively display the system status information, and the operator cannot obtain information such as sampling current value, frequency value, execution time, system parameters, etc., so it is impossible to accurately adjust the system to adapt to different webbing The conditions of welding can only be carried out by the operator's feeling, which leads to low welding efficiency and poor quality

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